Resistance training and resistive exercise is often overlooked in stroke rehab, even though research has found that it plays a part in improving cognitive function in stroke survivors. Cognitive testing revealed that both resistance training and aerobic exercise contributed to improvements in cognition at 6 months.
This course provides treatment techniques and exercise protocols using resistive bands for therapists involved in neurological rehabilitation. to go back to their treatment environments and immediately be able to utilize these techniques. Specific exercises are then introduced including exercises for the UE, LE, and core stabilization techniques to increase overall function as well as balance. With these techniques a therapist go back to their treatment environments and immediately be able to utilize these techniques in their daily patient care.
- Biomechanical principle 1
- Biomechanical principle 2
- Biomechanical principle 3
- Biomechanical principle 4
- Biomechanical principle 5
- Patient Positioning Principles:
- Use length of bed to lever arm
- Align origin with axis of rotation
- Ensure minimal force angle at anatomical end range
- Keep band in plane of motion
Hour 2 & 3
- Discussion of and demonstration of exercises specifically using elastic resistance, balls, stabilization tools, and balance tools for stroke population.
- Clinical outcomes:
- Pain Impairment
- Promote decrease tone & relaxation
- ROM & Muscle Length Impairment
- Assist in stretching to increase muscle length
- Provide resistance for contract-relax
- Sensory/Reflux Impairment
- Reflexive stabilization & co-contraction
- Increase neuromuscular challenge
- Motor Function Impairment
- Improve dynamic stabilization
- Balance/Gait Impairment
- Improve postural stability
Course Goals & Objectives:
This course is intended to instruct the professional on utilizing treatment techniques and exercise protocols using resistive bands for neurological rehabilitation.
- Identify the biomechanical principles of elastic resistance by showing the relevance to patient positioning and utilization.
- Recognize the appropriate exercises specifically using elastic resistance, balls, stabilization tools, and balance tools for stroke population.
- Recognize the clinical outcomes of exercise interventions in stroke populations using elastic resistance training, balls, balance tools and stabilization tools.
"Seminar-On-Demand" course are streamed on your web browser if the online version if purchased. Our SODs are optimized for the most current versions of Safari, Google Chrome or Mozilla Firefox. All SOD courses are mobile ready.
Contact Hours: 4 contact hours in length (check your state’s approval status in the state specific course catalog for your profession).
Target Audience: Physical Therapist, Physical Therapist Assistant, Occupational Therapist, Occupational Therapist Assistant
Instructional Level: Intermediate
Criteria for Completion: Criteria for Completion: A score of 70% or more is considered passing. Scores of less than 70% indicate a failure to understand the material and the test will need to be taken again until a passing score has been achieved
Financial – Stacey Davis is employed by Fairview Park Hospital and receives a salary. She receives payment from HomeCEU for the presentation of this course.
Nonfinancial - no relevant nonfinancial relationship exists.
Content Disclosure: This course does not focus solely on any specific product or service
Cancellation Policy: For activity cancellation, returns, or complaint resolution, please contact us by email email@example.com or by phone at 1.800.55.4CEUS (2387). We have a 100% satisfaction guarantee. Refunds will be issued for courses that have not been completed (exam not taken), or for any course that has been rejected by your board of approval. Webinar attendance must be canceled 24 hours before the scheduled start time.